Trait Overview
Traitfruit diameter
Trait Categoryplant morphology trait; quality trait
AbbreviationFRDIA
Definitiondiameter of fruit, measured in mm
Descriptors[view all 8]
QTLs[view all 124]
Descriptors
GroupDescriptor
rosaceae_trait_descriptorfruit diameter
APPLE_CRSDiam_cm_0
APPLE_CRSDiam_cm_10
APPLE_CRSDiam_cm_20
APPLE_CRSDiam_in_0
APPLE_CRSDiam_in_10
APPLE_CRSDiam_in_20
PEACH_CRSDiameter
QTLs
Download Table
QTL/MTLLinkage GroupPeakStartStopDatasetMapViewer
qFRDIA.A-ch1.1-Y21-52.2771.02SweetCherry-Firmness&Dimension-Wunsch-2020View
qFRDIA.A-ch1.2-Y11-100.76118.87SweetCherry-Firmness&Dimension-Wunsch-2020View
qFRDIA.A-ch1.2-Y21-102.77118.12SweetCherry-Firmness&Dimension-Wunsch-2020View
qFRDIA.CCF-LGIIb-mLGIIb-m---Fruit quality traits-Denoyes-Rothan-2012View
qFRDIA.CCF-LGIIIa-mLGIIIa-m---Fruit quality traits-Denoyes-Rothan-2012View
qFRDIA.CCF-LGIIIc1-mLGIIIc1-m---Fruit quality traits-Denoyes-Rothan-2012View
qFRDIA.CCF-LGIVa-mLGIVa-m---Fruit quality traits-Denoyes-Rothan-2012View
qFRDIA.Coop17xCoop16-LG03.1LG0340.32--Apple-fruit_quality_traits-Potts-2014View
qFRDIA.Coop17xCoop16-LG03.2LG0340.32--Apple-fruit_quality_traits-Potts-2014View
qFRDIA.Coop17xCoop16-LG05.1LG0550.97--Apple-fruit_quality_traits-Potts-2014View
qFRDIA.Coop17xCoop16-LG05.2LG0550.97--Apple-fruit_quality_traits-Potts-2014View
qFRDIA.EN-ch2.1G230.9--Sweet Cherry-Fruit Size-Iezzoni-2010View
qFRDIA.EN-ch2.2G244.4--Sweet Cherry-Fruit Size-Iezzoni-2010View
qFRDIA.EN-ch6G656.8--Sweet Cherry-Fruit Size-Iezzoni-2010View
qFRDIA.JGD-G11.2008G11-20.788-Apple-Fruit_Length_Diameter-Han-2014View
qFRDIA.JGD-G2.2008G3-82.408-Apple-Fruit_Length_Diameter-Han-2014View
qFRDIA.JGD-G3.2008G3-84.408-Apple-Fruit_Length_Diameter-Han-2014View
qFRDIA.JGD-G4.2009G4-5-Apple-Fruit_Length_Diameter-Han-2014View
qFRDIA.JGD-G8.2008.1G8-68.66-Apple-Fruit_Length_Diameter-Han-2014View
qFRDIA.JGD-G8.2008.2G8-53.25-Apple-Fruit_Length_Diameter-Han-2014View
qFRDIA.JGD-G8.2008.3G8-37.552-Apple-Fruit_Length_Diameter-Han-2014View
qFRDIA.JGD-G8.2008.4G8-30.644-Apple-Fruit_Length_Diameter-Han-2014View
qFRDIA.JGD-J13.2008J13-21.582-Apple-Fruit_Length_Diameter-Han-2014View
qFRDIA.JGD-J3.2008J324.65--Apple-fruit_shape-Cao-2015View
qFRDIA.JGD-J5.2008J5-91.033-Apple-Fruit_Length_Diameter-Han-2014View
qFRDIA.JGD-J9.2009J9-27.391-Apple-Fruit_Length_Diameter-Han-2014View
qFRDIA.Maehyang_x_Festival.LG1B2LG1B2-37.09639.95Strawberry-Fruit_quality-Natarajan-2020View
qFRDIA.Maehyang_x_Festival.LG2BLG2B-27.81530.857Strawberry-Fruit_quality-Natarajan-2020View
qFRDIA.Maehyang_x_Festival.LG4BLG4B-30.8433.173Strawberry-Fruit_quality-Natarajan-2020View
qFRDIA.Maehyang_x_Festival.LG4C2LG4C2-8.85311.178Strawberry-Fruit_quality-Natarajan-2020View
qFRDIA.ScB-LG1LG1---Peach fruit quality traits-Abbott-1998View
qFRDIA.ScB-LG8LG8---Peach fruit quality traits-Abbott-1998View
qFRDIA.S-ch1.1-Y11-70.0779.16SweetCherry-Firmness&Dimension-Wunsch-2020View
qFRDIA.TB-ch10.2004(BR)BR-10---Apple fruit quality traits-Davey-2008View
qFRDIA.TB-ch10.2004(TEL)TEL-10---Apple fruit quality traits-Davey-2008View
qFRDIA.TB-ch10.2005(BR)BR-10---Apple fruit quality traits-Davey-2008View
qFRDIA.TB-ch10.2005(TEL)TEL-10---Apple fruit quality traits-Davey-2008View
qFRDIA.TB-ch17.2004(BR)BR-17---Apple fruit quality traits-Davey-2008View
qFRDIA.TB-ch17.2004(TEL)TEL-17---Apple fruit quality traits-Davey-2008View
qFRDIA.TB-ch17.2005(BR)BR-17---Apple fruit quality traits-Davey-2008View
qFRDIA.TB-ch2.2005(TEL)TEL-2---Apple fruit quality traits-Davey-2008View
qFRDIA.TB-ch5.2004(TEL)TEL-5---Apple fruit quality traits-Davey-2008View
qFRDIA.TB-ch9.2005(TEL)TEL-9---Apple fruit quality traits-Davey-2008View
snp_6_13059650----Peach_FB_SNP_genotyping_2015-
snp_6_21067422----Peach_FB_SNP_genotyping_2015-
SNP_IGA_104819----Peach_FB_SNP_genotyping_2015-
SNP_IGA_104857----Peach_FB_SNP_genotyping_2015-
SNP_IGA_298935----Peach_FB_SNP_genotyping_2015-
SNP_IGA_299341----Peach_FB_SNP_genotyping_2015-
SNP_IGA_307230----Peach_FB_SNP_genotyping_2015-
SNP_IGA_36555----Peach_FB_SNP_genotyping_2015-
SNP_IGA_379393----Peach_FB_SNP_genotyping_2015-
SNP_IGA_397280----Peach_FB_SNP_genotyping_2015-
SNP_IGA_40406----na-
SNP_IGA_404442----na-
SNP_IGA_408223----Peach_FB_SNP_genotyping_2015-
SNP_IGA_410398----Peach_FB_SNP_genotyping_2015-
SNP_IGA_412662----Peach_FB_SNP_genotyping_2015-
SNP_IGA_531692----na-
SNP_IGA_531810----na-
SNP_IGA_532542----Peach_FB_SNP_genotyping_2015-
SNP_IGA_595424----Peach_FB_SNP_genotyping_2015-
SNP_IGA_602432----Peach_FB_SNP_genotyping_2015-
SNP_IGA_607343----Peach_FB_SNP_genotyping_2015-
SNP_IGA_617922----Peach_FB_SNP_genotyping_2015-
SNP_IGA_662245----Peach_FB_SNP_genotyping_2015-
SNP_IGA_726818----Peach_FB_SNP_genotyping_2015-
SNP_IGA_770009----Peach_FB_SNP_genotyping_2015-
SNP_IGA_786598----Peach_FB_SNP_genotyping_2015-
SNP_IGA_865709----Peach_FB_SNP_genotyping_2015-
SNP_IGA_872765----Peach_FB_SNP_genotyping_2015-
SNP_IGA_873803----Peach_FB_SNP_genotyping_2015-
SNP_IGA_875060----Peach_FB_SNP_genotyping_2015-
GWAS0000340----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000341----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000342----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000343----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000344----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000345----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000346----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000347----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000348----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000349----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000350----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000351----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000352----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000353----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000354----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000355----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000356----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000357----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000358----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000359----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000360----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000361----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000362----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000363----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000364----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000365----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000366----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000367----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000368----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000369----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000370----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000371----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000372----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000373----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000374----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000375----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000376----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000377----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000378----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000379----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000380----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000381----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000382----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000383----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000384----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000385----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000386----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0000387----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0001054----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0001055----Peach-fruit_quality-GWAS-Linge-2021-
GWAS0001056----Peach-fruit_quality-GWAS-Linge-2021-
YearPublication
2021da Silva Linge Cassia, Cai Lichun, Fu Wanfang, Clark John, Worthington Margaret, Rawandoozi Zena, Byrne David H., Gasic Ksenija. Multi-Locus Genome-Wide Association Studies Reveal Fruit Quality Hotspots in Peach Genome. Frontiers in Plant Science 25 February 2021; https://doi.org/10.3389/fpls.2021.644799
2020Natarajan S, Hossain MR, Kim HT, Denison MIJ, Ferdous MJ, Jung HJ, Park JI, Nou IS. ddRAD-seq derived genome-wide SNPs, high density linkage map and QTLs for fruit quality traits in strawberry (Fragaria x ananassa).. 3 Biotech. 2020 Aug; 10(8):353.
202013319
2015Donoso JM, Eduardo I, Picañol R, Batlle I, Howad W, Aranzana MJ, Arús P. High-density mapping suggests cytoplasmic male sterility with two restorer genes in almond × peach progenies. Horticulture Research 2015 2: 15016
2015Ke Cao, Yuansheng Chang, Rui Sun, Fei Shen, Ting Wu, Yi Wang, Xinzhong Zhang, Zhenhai Han. Candidate gene prediction via quantitative trait locus analysis of fruit shape index traits in apple. Euphytica. 2015; 206(2):381–391.
2014Sarah M. Potts, M. Awais Khan,Yuepeng Han, Mosbah M. Kushad, Schuyler S. Korban. Identification of Quantitative Trait Loci (QTLs) for Fruit Quality Traits in Apple. Plant Molecular Biology Reporter. 2014; 32(1):109–116.
2014Yuansheng Chang, Rui Sun, Huanhuan Sun, Yongbo Zhao, Yuepeng Han, Dongmei Chen, Yi Wang, Xinzhong Zhang, Zhenhai Han. Mapping of quantitative trait loci corroborates independent genetic control of apple size and shape. Scientia Horticulturae. 2014; 174:126–132.
2012Verde I, Bassil N, Scalabrin S, Gilmore B, Lawley CT, Gasic K, Micheletti D, Rosyara UR, Cattonaro F, Vendramin E, Main D, Aramini V, Blas AL, Mockler TC, Bryant DW, Wilhelm L, Troggio M, Sosinski B, Aranzana MJ, Arús P, Iezzoni A, Morgante M, Peace C. Development and evaluation of a 9K SNP array for peach by internationally coordinated SNP detection and validation in breeding germplasm. PloS one. 2012; 7(4):e35668.
2012Lerceteau-Köhler E, Moing A, Guérin G, Renaud C, Petit A, Rothan C, Denoyes B. Genetic dissection of fruit quality traits in the octoploid cultivated strawberry highlights the role of homoeo-QTL in their control. Theoretical and Applied Genetics. 2012 Apr; 124(6):1059-1077.
2010Zhang JB, Sebolt AM, Wang D, Bink M, Olmstead JW, Iezzoni AF. Fruit size QTL analysis of an F-1 population derived from a cross between a domesticated sweet cherry cultivar and a wild forest sweet cherry. Tree Genetics and Genomes. 2010; 6(1):25-36.
2008Kenis K, Keulemans J, Davey MW. Identification and stability of QTLs for fruit quality traits in apple. Tree genetics and genomes. 2008; 4(4):647-661.
1998Sosinski B, Sossey-Alaoui K, Rajapakse S, Glassmoyer K, Ballard RE, Abbott AG, Lu ZX, Baird WV, Reighard G, Tabb A. Use of AFLP and RFLP markers to create a combined linkage map in peach [Prunus Persica (L.) Batsch] for use in marker assisted selection. Acta Horticulturae. 1998; 465:61-68.